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Vertical Stack Units – 0.75 to 3 tons

The Tranquility® Vertical Stack (TSM) Series offers an innovative, labor-saving solution for spaces with little or no ductwork and where individual, quiet control of the heating and cooling system is important. Using EarthPure® (HFC-410A) refrigerant, the Tranquility® Vertical Stack (TSM) Series not only protects the environment, it does so while delivering unprecedented comfort, efficiency, and reliability.

  • Sizes 09 (¾ ton, 2.6 kW) – 36 (3 ton, 10.6 kW)
  • Environmentally-friendly EarthPure® (HFC-410A) zero ozone depletion refrigerant
  • High-efficiency rotary & scroll compressors
  • Exceeds ASHRAE 90.1 efficiencies
  • Removable chassis allows staged installation & ease of maintenance
  • Galvanized steel cabinet
  • Unique double isolation compressor mounting for quiet operation
  • TXV metering device
  • Unit or remote-mounted controls available
  • Optional ECM motor cabinet can slide over riser ball valve easily — this allows riser stack to be completed first
  • Microprocessor controls standard or optional DXM2 control. Both available with ECM motors
  • Available with constant torque or constant volume ECM motors
  • LonWorks, BACnet, Modbus & Johnson N2 compatibility options for DDC controls
  • Sentinel performance monitoring system
  • Attractive return air panel with hinged access door (“G” panel)
  • Aesthetically pleasing flush mounted return air panel ("L" panel)
  • Multiple supply air discharge options
  • Optional field convertible or factory configured supply air openings
  • Stainless steel braided hose kits for connection from piping risers to chassis
  • Options for both auto flow regulators and motorized water valves
  • Optional, industry first modulating motorized water valve
  • 8 safeties standard
  • Wide variety of options including disconnect switch & extended range
  • 3 footprint sizes

Downloads (Literature)

  1. Advanced digital controls with Remote Service Sentinel. Shown with optional DDCcontroller. Optional enhanced controls (DXM2) also available.
  2. Torsion-flex blower motors TSM09-12.
  3. Exclusive dual compressor vibration isolation lowers vibration & reduces noise for quiet operation. Removable chassis allows staged installation & ease of maintenance/service once installation is complete.
  4. Integrated drain pan with condensate overflow protection. Optional stainless steel insulated drain pan.

1) Control Panel

2) Blower

3) Chassis

4) Drain Pan





Electrical

V/Hz/Ph

Control

Fan Motor

T-Stat

Water Options

Wiring Diagram

TSM 009-036

Wiring Diagram

TSM 009-012

Wiring Diagram

TSM 015-036

208-230/60/1

CXM

PSC

Std

Std N.C. MWV / ISP

96B0413N42

N/A

N/A

N.O. MWV

96B0418N03

N/A

N/A

3-Way MWV

96B0413N45

N/A

N/A

ECM-CT

Std

Std N.C. MWV / ISP

N/A

96B0413N60

96B0413N61

N.O. MWV

N/A

96B0413N64

96B0413N65

3-Way MWV

N/A

96B0413N88

96B0413N89



Electrical

V/Hz/Ph

Control

Fan Motor

T-Stat

Water Options

Wiring Diagram

Hybrid

TSM 009-012

Wiring Diagram

Hybrid

TSM 015-036

208-230/60/1

CXM

ECM-CT

Std

Std N.C. MWV / ISP

96B0433N01

96B0433N02

N.O. MWV

96B0433N03

96B0433N04

3-Way MWV

96B0433N17

96B0433N18

3-Way MWV + ISP

96B0433N17

96B0433N18






Electrical

V/Hz/Ph

Control

Fan Motor

T-Stat

Water Options

Wiring Diagram

TSM 009-036

208-230/60/1

DXM2

PSC

Std

VSP (UPM-GEO)

96B0413N08

Std N.C. MWV / ISP

96B0413N41

N.O. MWV

96B0418N04

3-Way MWV

96B0413N87

Mod Valve

96B0413N05

Comm.

VSP (UPM-GEO)

96B0413N20

Std N.C. MWV / ISP

96B0413N54

N.O. MWV

96B0418N14

3-Way MWV

96B0413N94

Mod Valve

96B0413N19


Electrical

V/Hz/Ph

Control

Fan Motor

T-Stat

Water Options

Wiring Diagram

TSM 009-012

Wiring Diagram

TSM 015-036

208-230/60/1

DXM2

ECM-CT

Std

VSP (UPM-GEO)

96B0413N70

96B0413N71

Std N.C. MWV / ISP

96B0413N62

96B0413N63

N.O. MWV

96B0413N66

96B0413N67

3-Way MWV

96B0413N92

96B0413N93

Mod Valve

96B0413N68

96B0413N69

Comm.

VSP (UPM-GEO)

96B0413N80

96B0413N81

Std N.C. MWV / ISP

96B0413N74

96B0413N75

N.O. MWV

96B0413N76

96B0413N77

3-Way MWV

96B0413N97

96B0413N98

Mod Valve

96B0413N78

96B0413N79

ECM-CV

Std

VSP (UPM-GEO)

96B0413N10

96B0413N12

Std N.C. MWV / ISP

96B0413N43

96B0413N44

N.O. MWV

96B0418N01

96B0418N02

3-Way MWV

96B0413N90

96B0413N91

Mod Valve

96B0413N06

96B0413N07

Comm.

VSP (UPM-GEO)

96B0413N22

96B0413N24

Std N.C. MWV / ISP

96B0413N55

96B0413N56

N.O. MWV

96B0413N15

96B0413N16

3-Way MWV

96B0413N95

96B0413N96

Mod Valve

96B0413N17

96B0413N18


Electrical

V/Hz/Ph

Control

Fan Motor

T-Stat

Water Options

Wiring Diagram

Hybrid

TSM 009-012

Wiring Diagram

Hybrid

TSM 015-036

208-230/60/1

DXM2

ECM-CT

Std

Std N.C. MWV / ISP

96B0433N11

96B0433N12

N.O. MWV

96B0433N13

96B0433N14

3-Way MWV

96B0433N27

96B0433N28

Mod Valve

96B0433N17

96B0433N18

Comm.

Std N.C. MWV / ISP

96B0433N07

96B0433N08

N.O. MWV

96B0433N31

96B0433N32

3-Way MWV

96B0433N23

96B0433N24

Mod Valve

96B0433N23

96B0433N24

ECM-CV

Std

Std N.C. MWV / ISP

96B0433N09

96B0433N10

N.O. MWV

96B0433N15

96B0433N16

3-Way MWV

96B0433N25

96B0433N26

Mod Valve

96B0433N25

96B0433N26

Comm.

Std N.C. MWV / ISP

96B0433N05

96B0433N06

N.O. MWV

96B0433N29

96B0433N30

3-Way MWV

96B0433N21

96B0433N22

Mod Valve

96B0433N21

96B0433N22



Electrical

V/Hz/Ph

Control

Fan Motor

T-Stat

Water Options

Wiring Diagram

TSM 009-036

Wiring Diagram

TSM 009-012

Wiring Diagram

TSM 015-036

265/60/1

CXM

PSC

Std

Std N.C. MWV / ISP

96B0413N42

N/A

N/A

N.O. MWV

96B0418N03

N/A

N/A

3-Way MWV

96B0413N45

N/A

N/A

ECM-CT

Std

Std N.C. MWV / ISP

N/A

96B0413N60

96B0413N61

N.O. MWV

N/A

96B0413N64

96B0413N65

3-Way MWV

N/A

96B0413N88

96B0413N89



Electrical

V/Hz/Ph

Control

Fan Motor

T-Stat

Water Options

Wiring Diagram

Hybrid

TSM 009-012

Wiring Diagram

Hybrid

TSM 015-036

265/60/1

CXM

ECM-CT

Std

Std N.C. MWV / ISP

96B0433N01

96B0433N02

N.O. MWV

96B0433N03

96B0433N04

3-Way MWV

96B0433N17

96B0433N18

3-Way MWV + ISP

96B0433N17

96B0433N18


Electrical

V/Hz/Ph

Control

Fan Motor

T-Stat

Water Options

Wiring Diagram

TSM 009-036

265/60/1

DXM2

PSC

Std

VSP (UPM-GEO)

96B0413N09

Std N.C. MWV / ISP

96B0413N41

N.O. MWV

96B0418N04

3-Way MWV

96B0413N87

Mod Valve

96B0413N05

Comm.

VSP (UPM-GEO)

96B0413N21

Std N.C. MWV / ISP

96B0413N54

N.O. MWV

96B0418N14

3-Way MWV

96B0413N94

Mod Valve

96B0413N19


Electrical

V/Hz/Ph

Control

Fan Motor

T-Stat

Water Options

Wiring Diagram

TSM 009-012

Wiring Diagram

TSM 015-036

265/60/1

DXM2

ECM-CT

Std

VSP (UPM-GEO)

96B0413N72

96B0413N73

Std N.C. MWV / ISP

96B0413N62

96B0413N63

N.O. MWV

96B0413N66

96B0413N67

3-Way MWV

96B0413N92

96B0413N93

Mod Valve

96B0413N68

96B0413N69

Comm.

VSP (UPM-GEO)

96B0413N82

96B0413N83

Std N.C. MWV / ISP

96B0413N74

96B0413N75

N.O. MWV

96B0413N76

96B0413N77

3-Way MWV

96B0413N97

96B0413N98

Mod Valve

96B0413N78

96B0413N79

ECM-CV

Std

VSP (UPM-GEO)

96B0413N11

96B0413N13

Std N.C. MWV / ISP

96B0413N43

96B0413N44

N.O. MWV

96B0418N01

96B0418N02

3-Way MWV

96B0413N90

96B0413N91

Mod Valve

96B0413N06

96B0413N07

Comm.

VSP (UPM-GEO)

96B0413N23

96B0413N25

Std N.C. MWV / ISP

96B0413N55

96B0413N56

N.O. MWV

96B0413N15

96B0413N16

3-Way MWV

96B0413N95

96B0413N96

Mod Valve

96B0413N17

96B0413N18


Electrical

V/Hz/Ph

Control

Fan Motor

T-Stat

Water Options

Wiring Diagram

Hybrid

TSM 009-012

Wiring Diagram

Hybrid

TSM 015-036

208-230/60/1

DXM2

ECM-CT

Std

Std N.C. MWV / ISP

96B0433N11

96B0433N12

N.O. MWV

96B0433N13

96B0433N14

3-Way MWV

96B0433N27

96B0433N28

Mod Valve

96B0433N17

96B0433N18

Comm.

Std N.C. MWV / ISP

96B0433N07

96B0433N08

N.O. MWV

96B0433N31

96B0433N32

3-Way MWV

96B0433N23

96B0433N24

Mod Valve

96B0433N23

96B0433N24

ECM-CV

Std

Std N.C. MWV / ISP

96B0433N09

96B0433N10

N.O. MWV

96B0433N15

96B0433N16

3-Way MWV

96B0433N25

96B0433N26

Mod Valve

96B0433N25

96B0433N26

Comm.

Std N.C. MWV / ISP

96B0433N05

96B0433N06

N.O. MWV

96B0433N29

96B0433N30

3-Way MWV

96B0433N21

96B0433N22

Mod Valve

96B0433N21

96B0433N22

The Tranquility® Vertical Stack (TSL) Series is the first vertical stack classified as a ducted product. It offers an innovative, labor-saving solution for spaces with ductwork and where individual, quiet control of the heating and cooling system is important. Using EarthPure® (HFC-410A) refrigerant, the Tranquility® Vertical Stack (TSL) Series not only protects the environment, it does so while delivering unprecedented comfort, efficiency, and reliability.

  • Sizes 09 (¾ ton, 2.6 kW) – 36 (3 ton, 10.6 kW)
  • Environmentally-friendly EarthPure® (HFC-410A) zero ozone depletion refrigerant
  • High-efficiency rotary or scroll compressors
  • Exceeds ASHRAE 90.1 efficiencies
  • Removable chassis allows staged installation and ease of maintenance
  • Galvanized steel cabinet
  • Unique double isolation compressor mounting for quiet operation
  • TXV metering device
  • Unit or remote-mounted controls available
  • Optional ECM motor cabinet can slide over riser ball valve easily — this allows riser stack to be completed first
  • Microprocessor controls standard or optional DXM2 control. Both available with ECM motors
  • Available with constant torque or constant volume ECM motors
  • LonWorks, BACnet, Modbus & Johnson N2 compatibility options for DDC controls
  • Sentinel performance monitoring system
  • Attractive return air panel with hinged access door (“G” panel)
  • Aesthetically pleasing flush mounted return air panel (“L” panel)
  • Multiple supply air discharge options
  • Optional field convertible or factory configured supply air openings
  • Stainless steel braided hose kits for connection from piping risers to chassis
  • Options for both auto flow regulators and motorized water valves
  • Optional, industry first modulating motorized water valve
  • 8 safeties standard
  • Wide variety of options including disconnect switch and extended range
  • 3 footprint sizes
  • Wall-mounted controller available
  • Choice of high efficiency ECM or PSC motor
  • Short cabinet height for adding field ductwork
  • Standard high static motor intended for ducted static regain
  • Cabinet can slide over riser ball valve easily — this allows riser stack to be completed first

Downloads (Literature)

  1. Advanced digital controls with Remote Service Sentinel. Shown with optional enhanced controls (DXM2).
  2. Torsion-flex blower motors TSL09-12.
  3. Dual compressor vibration isolation lowers vibration & reduces noise for quiet operation. Removable chassis allows staged installation & ease of maintenance/service once installation is complete.
  4. Integrated drain pan with condensate overflow protection. Optional stainless steel drain pan.

1) Control Board

2) Blower

3) Chassis

4) Drain Pan





Electrical

V/Hz/Ph

Control

Fan Motor

T-Stat

Water Options

Wiring Diagram

TSM 009-036

Wiring Diagram

TSM 009-012

Wiring Diagram

TSM 015-036

208-230/60/1

CXM

PSC

Std

Std N.C. MWV / ISP

96B0413N42

N/A

N/A

N.O. MWV

96B0418N03

N/A

N/A

3-Way MWV

96B0413N45

N/A

N/A

ECM-CT

Std

Std N.C. MWV / ISP

N/A

96B0413N60

96B0413N61

N.O. MWV

N/A

96B0413N64

96B0413N65

3-Way MWV

N/A

96B0413N88

96B0413N89



Electrical

V/Hz/Ph

Control

Fan Motor

T-Stat

Water Options

Wiring Diagram

Hybrid

TSM 009-012

Wiring Diagram

Hybrid

TSM 015-036

208-230/60/1

CXM

ECM-CT

Std

Std N.C. MWV / ISP

96B0433N01

96B0433N02

N.O. MWV

96B0433N03

96B0433N04

3-Way MWV

96B0433N17

96B0433N18

3-Way MWV + ISP

96B0433N17

96B0433N18






Electrical

V/Hz/Ph

Control

Fan Motor

T-Stat

Water Options

Wiring Diagram

TSM 009-036

208-230/60/1

DXM2

PSC

Std

VSP (UPM-GEO)

96B0413N08

Std N.C. MWV / ISP

96B0413N41

N.O. MWV

96B0418N04

3-Way MWV

96B0413N87

Mod Valve

96B0413N05

Comm.

VSP (UPM-GEO)

96B0413N20

Std N.C. MWV / ISP

96B0413N54

N.O. MWV

96B0418N14

3-Way MWV

96B0413N94

Mod Valve

96B0413N19


Electrical

V/Hz/Ph

Control

Fan Motor

T-Stat

Water Options

Wiring Diagram

TSM 009-012

Wiring Diagram

TSM 015-036

208-230/60/1

DXM2

ECM-CT

Std

VSP (UPM-GEO)

96B0413N70

96B0413N71

Std N.C. MWV / ISP

96B0413N62

96B0413N63

N.O. MWV

96B0413N66

96B0413N67

3-Way MWV

96B0413N92

96B0413N93

Mod Valve

96B0413N68

96B0413N69

Comm.

VSP (UPM-GEO)

96B0413N80

96B0413N81

Std N.C. MWV / ISP

96B0413N74

96B0413N75

N.O. MWV

96B0413N76

96B0413N77

3-Way MWV

96B0413N97

96B0413N98

Mod Valve

96B0413N78

96B0413N79

ECM-CV

Std

VSP (UPM-GEO)

96B0413N10

96B0413N12

Std N.C. MWV / ISP

96B0413N43

96B0413N44

N.O. MWV

96B0418N01

96B0418N02

3-Way MWV

96B0413N90

96B0413N91

Mod Valve

96B0413N06

96B0413N07

Comm.

VSP (UPM-GEO)

96B0413N22

96B0413N24

Std N.C. MWV / ISP

96B0413N55

96B0413N56

N.O. MWV

96B0413N15

96B0413N16

3-Way MWV

96B0413N95

96B0413N96

Mod Valve

96B0413N17

96B0413N18


Electrical

V/Hz/Ph

Control

Fan Motor

T-Stat

Water Options

Wiring Diagram

Hybrid

TSM 009-012

Wiring Diagram

Hybrid

TSM 015-036

208-230/60/1

DXM2

ECM-CT

Std

Std N.C. MWV / ISP

96B0433N11

96B0433N12

N.O. MWV

96B0433N13

96B0433N14

3-Way MWV

96B0433N27

96B0433N28

Mod Valve

96B0433N17

96B0433N18

Comm.

Std N.C. MWV / ISP

96B0433N07

96B0433N08

N.O. MWV

96B0433N31

96B0433N32

3-Way MWV

96B0433N23

96B0433N24

Mod Valve

96B0433N23

96B0433N24

ECM-CV

Std

Std N.C. MWV / ISP

96B0433N09

96B0433N10

N.O. MWV

96B0433N15

96B0433N16

3-Way MWV

96B0433N25

96B0433N26

Mod Valve

96B0433N25

96B0433N26

Comm.

Std N.C. MWV / ISP

96B0433N05

96B0433N06

N.O. MWV

96B0433N29

96B0433N30

3-Way MWV

96B0433N21

96B0433N22

Mod Valve

96B0433N21

96B0433N22



Electrical

V/Hz/Ph

Control

Fan Motor

T-Stat

Water Options

Wiring Diagram

TSM 009-036

Wiring Diagram

TSM 009-012

Wiring Diagram

TSM 015-036

265/60/1

CXM

PSC

Std

Std N.C. MWV / ISP

96B0413N42

N/A

N/A

N.O. MWV

96B0418N03

N/A

N/A

3-Way MWV

96B0413N45

N/A

N/A

ECM-CT

Std

Std N.C. MWV / ISP

N/A

96B0413N60

96B0413N61

N.O. MWV

N/A

96B0413N64

96B0413N65

3-Way MWV

N/A

96B0413N88

96B0413N89



Electrical

V/Hz/Ph

Control

Fan Motor

T-Stat

Water Options

Wiring Diagram

Hybrid

TSM 009-012

Wiring Diagram

Hybrid

TSM 015-036

265/60/1

CXM

ECM-CT

Std

Std N.C. MWV / ISP

96B0433N01

96B0433N02

N.O. MWV

96B0433N03

96B0433N04

3-Way MWV

96B0433N17

96B0433N18

3-Way MWV + ISP

96B0433N17

96B0433N18


Electrical

V/Hz/Ph

Control

Fan Motor

T-Stat

Water Options

Wiring Diagram

TSM 009-036

265/60/1

DXM2

PSC

Std

VSP (UPM-GEO)

96B0413N09

Std N.C. MWV / ISP

96B0413N41

N.O. MWV

96B0418N04

3-Way MWV

96B0413N87

Mod Valve

96B0413N05

Comm.

VSP (UPM-GEO)

96B0413N21

Std N.C. MWV / ISP

96B0413N54

N.O. MWV

96B0418N14

3-Way MWV

96B0413N94

Mod Valve

96B0413N19


Electrical

V/Hz/Ph

Control

Fan Motor

T-Stat

Water Options

Wiring Diagram

TSM 009-012

Wiring Diagram

TSM 015-036

265/60/1

DXM2

ECM-CT

Std

VSP (UPM-GEO)

96B0413N72

96B0413N73

Std N.C. MWV / ISP

96B0413N62

96B0413N63

N.O. MWV

96B0413N66

96B0413N67

3-Way MWV

96B0413N92

96B0413N93

Mod Valve

96B0413N68

96B0413N69

Comm.

VSP (UPM-GEO)

96B0413N82

96B0413N83

Std N.C. MWV / ISP

96B0413N74

96B0413N75

N.O. MWV

96B0413N76

96B0413N77

3-Way MWV

96B0413N97

96B0413N98

Mod Valve

96B0413N78

96B0413N79

ECM-CV

Std

VSP (UPM-GEO)

96B0413N11

96B0413N13

Std N.C. MWV / ISP

96B0413N43

96B0413N44

N.O. MWV

96B0418N01

96B0418N02

3-Way MWV

96B0413N90

96B0413N91

Mod Valve

96B0413N06

96B0413N07

Comm.

VSP (UPM-GEO)

96B0413N23

96B0413N25

Std N.C. MWV / ISP

96B0413N55

96B0413N56

N.O. MWV

96B0413N15

96B0413N16

3-Way MWV

96B0413N95

96B0413N96

Mod Valve

96B0413N17

96B0413N18


Electrical

V/Hz/Ph

Control

Fan Motor

T-Stat

Water Options

Wiring Diagram

Hybrid

TSM 009-012

Wiring Diagram

Hybrid

TSM 015-036

208-230/60/1

DXM2

ECM-CT

Std

Std N.C. MWV / ISP

96B0433N11

96B0433N12

N.O. MWV

96B0433N13

96B0433N14

3-Way MWV

96B0433N27

96B0433N28

Mod Valve

96B0433N17

96B0433N18

Comm.

Std N.C. MWV / ISP

96B0433N07

96B0433N08

N.O. MWV

96B0433N31

96B0433N32

3-Way MWV

96B0433N23

96B0433N24

Mod Valve

96B0433N23

96B0433N24

ECM-CV

Std

Std N.C. MWV / ISP

96B0433N09

96B0433N10

N.O. MWV

96B0433N15

96B0433N16

3-Way MWV

96B0433N25

96B0433N26

Mod Valve

96B0433N25

96B0433N26

Comm.

Std N.C. MWV / ISP

96B0433N05

96B0433N06

N.O. MWV

96B0433N29

96B0433N30

3-Way MWV

96B0433N21

96B0433N22

Mod Valve

96B0433N21

96B0433N22

Traditional water source heat pump systems are designed for applications where there is demand for some units to be in heating while others are in cooling throughout much of the year. Hybrid water source heat pump systems outperform traditional systems by combining the best of refrigerant air conditioning and hydronic heating resulting in quieter operation and potential operating cost savings.

  • Building water loop temperatures can be designed as high as 120 degrees with a hybrid water source heat pump system. This lets the system retain more of the heat generated by the heat pumps that are in the cooling mode without rejecting that heat through a cooling tower.
  • Instead of using a compressor in the heating mode, the hybrid heat pump operates as a fan coil in the heating mode. This can be more cost effective than traditional water source heat pump systems based on energy costs.
  • Heat utilization is maximized. With a hybrid water source heat pump system up to 100% of the outdoor air can be brought into the building using an air handler with a hydronic water coil fed by the buildings higher temperature building loop. This can prevent the scenario where you have gas heat treating outdoor air while a cooling tower rejecting heat from the building loop.
  • Quiet operation during heating mode because the unit is not using a compressor to generate heat.
  • Reduced compressor cycling.
  • No reversing valve.

Downloads (Literature)

  1. Advanced digital controls with Remote Service Sentinel. Optional enhanced controls (DXM) also available.
  2. Torsion-flex blower motors TRM09-12.
  3. Exclusive dual compressor vibration isolation lowers vibration & reduces noise for quiet operation. Removable chassis allows staged installation & ease of maintenance/service once installation is complete.
  4. Integrated drain pan with condensate overflow protection. Optional stainless steel insulated drain pan.

1) Control Board

2) Blower

3) Chassis

4) Drain Pan





Electrical

V-Hz-Ph

Control

Options

Wiring Diagrams

817/TRM 09-36

208-230/60/1

"P" Controls

NC MWV

96B0036N18

NO MWV

96B0036N19

"S" Controls

None

96B0036N07

"M" Controls

None

96B0036N17



Electrical

V-Hz-Ph

Control

Options

Wiring Diagrams

817/TRM 09-36

265/60/1

"P" Controls

NC MWV

96B0036N18

NO MWV

96B0036N19

"S" Controls

None

96B0036N07

"M" Controls

None

96B0036N17



Learn more about our Climate Control Group brands:

ClimateMaster, Inc.

7300 S.W. 44th Street

Oklahoma City, OK 73179

(405)745-6000

Learn more about other Climate Control Group companies

CCG | ClimaCool | ClimateMaster | IEC

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